What if cooking worked like video processing? By that I mean, what if every dish you made required separate, dedicated tools and processes just for that dish? So if you’re making a main course for a dinner party, you break out your Main Course knives and kitchen utensils, your Main Course pots and pans, and cook on your dedicated Main Course stove. Adding a vegetable? Grab your Vegetable cutlery, your dedicated Vegetable spices and olive oil, and head over to your dedicated Vegetable stove. Don’t forget dessert. You’ll need a separate set of Dessert mixing bowls, Dessert pots and utensils, and a dedicated Dessert cooktop. (Hope you have a lot of cupboard space.) Thankfully, cooking doesn’t work like this. You can use the same kitchen and cookware to produce every dish you’ll need. Unfortunately, the same can’t be said for traditional video processing. Even though you’re often using the same ingredients (video content), each different video application “workflow”—rendering video to stream to a particular portable device, encoding live TV for video-on-demand consumption, adding a new 4k channel to your lineup— Read More »
Tags: 4k, Cisco V2P, cloud, ETSI standards, HEVC processing, multiscreen, OpenStack, orchestrates, Service Provider, V2P, video application, Video On Demand, virtualized video processing, VOD, workflow
Over the past two decades, Internet Protocol (IP) traffic has been on the rise and is anticipated to continue along a similar trajectory over the next five years. The increasing number of fixed and wireless devices and M2M nodes that are connecting to global IP networks is one of the primary contributors to global IP traffic growth. According to the Cisco’s Visual Networking Index™ Global Forecast and Service Adoption for 2013 to 2018, global IP traffic will increase nearly three-fold over the next five years. The growing number of Internet users and faster broadband speeds are also contributing to this traffic growth. However, another trend likely to increase global IP traffic is the increased use of video applications — online video streaming, live video feeds and video on demand (VoD), as well as various forms of video communications.
The Growth of IP Video
The world will reach 2.5 trillion Internet video minutes per month by 2018. That is nearly Read More »
Tags: Cisco, Content delivery networks, global ip traffic, ip traffic, ip video, NetFlix, network virtualization, Service Provider, Video On Demand, visual networking index, vni, VOD, youtube
Operators like to provide their subscribers plenty of services. It’s how they win loyalty and differentiate themselves from the competition. They want to offer HD channels and Video on Demand (VOD), they want to optimize delivery by means of Switched Digital Video (SDV) and Adaptive Bitrate (ABR), and of course they want to ensure that all these video services are available on a wide range of devices.
Here’s the problem: each of these services has evolved and rolled out piecemeal over the years. Not only does each service require its own Session and Resource Management (SRM) tool to manage it, but each service is also processed differently per device, thanks to device manufacturers sticking with proprietary protocols. In short, siloed SRMs make scalability unwieldy, driving up Total Cost of Ownership (TCO) and sowing Quality of Service chaos when traffic surges hit. Picture a traffic light out at a busy intersection at rush hour with no policeman to direct traffic: Read More »
Tags: Cisco, cloud, Service Provider, total cost of ownership, Video On Demand, videoscape
The Cisco Visual Networking Index (VNI) confirms much of what we already know: Service providers will need to carry more video traffic to more devices delivered as unique on-demand streams. All at the time and place of the end-user’s choosing.
But the sheer scale of this demand makes interesting reading. The Cisco VNI projects that by 2017, the global Internet will reach nearly half (48%) the world’s population, each with roughly five devices and machine-to-machine connections. Together, they will drive a total of 93 exabytes of internet traffic per month. Significantly, Internet video will make up two thirds of this Internet traffic, 65% of which will be carried over content delivery networks (CDN).
And it’s not only Internet video.
Cisco VNI also projects that by 2017, video on-demand (VOD) traffic will nearly triple as it reaches 400 million global subscribers.
The bottom line is that service providers need to deal with unprecedented scale requirements with ever greater capabilities to manage and monitor their CDNs.
The question, of course, is Read More »
Tags: cdn, Service Provider, vds, video, Video On Demand, videoscape, Videoscape Distribution Suite, VOD
In the three months that passed between this year’s Cable Show, in Washington, D.C., and this week’s IBC conference, in Amsterdam, one thing is certain: Cloud DVR. It’s on.
Comcast started the buzz, with its X2 platform. Ever since, we’ve seen a surge of interest in cloud DVR from service providers around the globe. Directionally, it’s gone from “that sounds interesting, let’s keep an eye on it,” to “we need to do this — let’s get a proof of concept going.”
That’s all good news for us, of course, and seems a good reason to share a few observations we’ve made along the way, as cloud DVR services go to market.
One: Linear parity matters, especially for advertising. If ever you want to create an instant imbroglio, tell the people in the ad sales department that the new service – cloud DVR, in this case – doesn’t provide linear parity. Put another way: Support for basic ad zones is a table stake, when it comes to cloud DVR.
So: Putting DVR services in Read More »
Tags: cloud dvr, IBC 2013, video, Video On Demand, videoscape, VOD